Description
Laser device “ALOD-01” (810 nm) is used for laser coagulation in the treatment of eye's diseases:
diabetic retinopathy, thrombosis of WDS and ramuses, Eales and Coat’s diseases, Hippel-Lindau disease, ets; retinopathy- panretinal photocoagulation
diabetic and post-thrombotic edemas- focal photocoagulation
extrafoveal and juxtafoveal neovascular membrane in diseases wet macular degeneration- focal photocoagulation
subfoveal neovascular choroidal neovascularisation- transpupillary thermotherapy
detachment of the retina- transcleral retinopexy
endolaser coagulation of the retina and ciliary body
glaucoma- cyclocoagulation, trabeculoplasty, gonioplasty.
Technical characteristics:
Laser radiation wavelength
0.81 μm
Output power of radiation with variable range of radiation power with step 0.1 W
3.0 W
Operating regime
CW, pulse
Pulse duration
0.01-5 s
Intervals between pulses
0.01-10 s
Wavelength of pilot radiation
0.63-0.67 μm (variable range of pilot radiation intensity)
Optical connector
Standard, type SMA-905
Power demand, one-phase current
no more than 60 W, 220 V
Size, no more than, mm
320x200x140
Mass, no more than, kg
6
Device is additionaly fitted with a microphotocoagulation optional mode. Minimal pulse duration is 100 μs.
Wide range of applications of the laser device “ALOD-01” providing with specially designed tools and adapters for head ophthalmoscope and slit lamp for transpupillary photocoagulation.
The combined system PFC-02 allows setting two laser devices with different wavelengths (810 nm, 525 nm, 662 nm) on one slit lamp with lower hole.
Benefits of “ALOD-01”:
availability display “touch screen”- combination of graphic display with remote control small size and weight provide easy transportation from one operating room in another
easy adaptation to slit lamps and head ophthalmoscopes, easy adaptation to different slit lamps, allowing to carry out this work on their own according to the instructions
ability to adapt to different type of slit lamps and head ophthalmoscopes
diabetic retinopathy, thrombosis of WDS and ramuses, Eales and Coat’s diseases, Hippel-Lindau disease, ets; retinopathy- panretinal photocoagulation
diabetic and post-thrombotic edemas- focal photocoagulation
extrafoveal and juxtafoveal neovascular membrane in diseases wet macular degeneration- focal photocoagulation
subfoveal neovascular choroidal neovascularisation- transpupillary thermotherapy
detachment of the retina- transcleral retinopexy
endolaser coagulation of the retina and ciliary body
glaucoma- cyclocoagulation, trabeculoplasty, gonioplasty.
Technical characteristics:
Laser radiation wavelength
0.81 μm
Output power of radiation with variable range of radiation power with step 0.1 W
3.0 W
Operating regime
CW, pulse
Pulse duration
0.01-5 s
Intervals between pulses
0.01-10 s
Wavelength of pilot radiation
0.63-0.67 μm (variable range of pilot radiation intensity)
Optical connector
Standard, type SMA-905
Power demand, one-phase current
no more than 60 W, 220 V
Size, no more than, mm
320x200x140
Mass, no more than, kg
6
Device is additionaly fitted with a microphotocoagulation optional mode. Minimal pulse duration is 100 μs.
Wide range of applications of the laser device “ALOD-01” providing with specially designed tools and adapters for head ophthalmoscope and slit lamp for transpupillary photocoagulation.
The combined system PFC-02 allows setting two laser devices with different wavelengths (810 nm, 525 nm, 662 nm) on one slit lamp with lower hole.
Benefits of “ALOD-01”:
availability display “touch screen”- combination of graphic display with remote control small size and weight provide easy transportation from one operating room in another
easy adaptation to slit lamps and head ophthalmoscopes, easy adaptation to different slit lamps, allowing to carry out this work on their own according to the instructions
ability to adapt to different type of slit lamps and head ophthalmoscopes